CYLONIX Demo Sounds

Demo Sound Info

All samples were recorded with an M-Audio Delta 44 soundcard running at 96KHz, 16bits.
The recorded data is normalized and then converted to a 44.1KHz wave file.

On the Cyclebox demos, the label "Mode XXXX" shows the settings of the four "Output Modes" switches used when generating the sample, with 0 indicating that a switch is down and 1 indicating that a switch is up.

Most demos were recorded with version 1 of the Cyclebox, unless otherwise indicated. In these cases
version 2 of the module sounds similar, if not identical to the version 1 module.

WAV(4.2MB)
Mode 0000: Raw Varying the GAIN control on an oscillator 1 sinewave.

WAV(4.8MB)
Mode 0000: Raw Hex-square waveform being synced by pulses from a Malekko Noisering. The hex-square detuning is being varied (to get a similar sound on version II turn on MEGA mode and select the SQUARE waveform).

WAV(11.3MB)
Mode 0000: Raw Hex-square waveform being synced to a Livewire AFG oscillator. The AFG pitch and the hex-square detuning is being varied (to get a similar sound on version II turn on MEGA mode and select the SQUARE waveform).

WAV(19.2MB)
Mode 0000: Raw Hex-square waveform being synced to a Livewire AFG oscillator. The AFG pitch and the hex-square detuning is being varied, as well as the IFM level. Oscillator 2's waveform is set to sine (to get a similar sound on version II turn on MEGA mode and select the SQUARE waveform).

WAV(3.7MB)
Mode 0001: Sine waveform on oscillator 2 with self-phase modulation by connecting the output of the VCA back
to the PH2 input, and setting the PH2 and iFM controls to about 10 o'clock. This creates an
acoustic bass sound.

WAV(5.6MB)
Mode 0101: Raw Oscillator 1 set to triangle and oscillator 2 set to sine. iFM and PH2 set to give a noisy, chaotic output. The pitch is stepping in octave jumps.

WAV(42MB)
Mode 0101: Oscillator 1 set to table random pulses and oscillator 2 set to square. The LAG output is being fed into the PITCH input of a 2nd cyclebox set to mode 0010 with osc 1 and 2 set to sinewave and the LEAD output gates the envelope. The output of the VCA is passed through a reverb.

WAV(14.3MB)
Mode 0101: Raw Oscillator 1 set to triangle and oscillator 2 set to sine. The LAG output is being fed into the PITCH input of a 2nd cyclebox set to mode 0000 playing the vowels waveform from the wavetable.

WAV(18MB)
Mode 0101: Raw Another example of one cyclebox driving a second. Oscillator 1 set to triangle and oscillator 2 set to sine. The LAG output is being fed into the PITCH input of a 2nd cyclebox set to mode 0000 playing the vowels waveform from the wavetable.

WAV(2.4MB)
Mode 0101: RAW Same as the previous two examples, but this time oscillator 1 set to triangle and oscillator 2 set to square. The LAG output is being fed into the PITCH input of a 2nd cyclebox set to mode 0000 playing the vowels waveform from the wavetable.

WAV(0.5MB)
Mode 0110: RAW Sine on oscillators 1 and 2, with a bit of folding.

WAV(12MB)
Mode 0110: RAW Saw on oscillator 1 and
sinepulse1 on oscillator 2, the GAIN control
is being varied.

WAV(7.2MB)
Mode 0110: Hex-saw on oscillator 1 and Sine on oscillator 2, with the iFM
control turned up a bit (to get a similar sound on version II turn on MEGA mode and select the SAW waveform).

WAV(11.4MB)
Mode 0110: Hex-saw on oscillator 1 and Sine on oscillator 2, playing solo from Wakeman's Catherine Parr.
Portamento provided by a Livewire Dual Bissel Generator slew module (to get a similar sound on version II turn on MEGA mode and select the SAW waveform).

WAV(5.5MB)
Mode 0110: Raw Oscillator 1 is set to the wavetable random pulses and oscillator 2
switches between square and saw waveforms.

WAV(3.8MB)
Mode 0111: Raw Oscillator 1 set to square-saw and oscillator 2 set to sine (to get a similar sound on version II turn on MEGA mode and select the SAW waveform).

WAV(1.5MB)
Mode 1000: Raw Oscillators 1 and 2 set to sine. The iFM control is being varied.